Uyikhetha kanjani imoto ephakeme ye-Torque brashiless DC imoto?

Ukuqonda Okuphakeme-Torque Brushingless DC Izisekelo eziyisisekelo

Imigomo Esebenzayo Esebenzayo ye-BLDC Motors

I-Brushiress DC (BLDC) Motors iveze i-torque isebenzisa i-thorque esetshenziswa unomphela uWign Rotor kanye ne-stator ethonywe nge-stator ngocingo. Esikhundleni samabhulashi kanye nomqeqeshi wemishini, okwamanje kushintshwa isilawuli ngokususelwa kwimpendulo yesikhundla se-rotor kusuka ezincelweni zehholo noma ama-encoders. Lokhu kunciphisa ukugqokwa kwemishini, kuthuthukisa ukusebenza kahle (imvamisa 85-95%), futhi kuvumela isivinini esiphakeme kanye ne-torque density ngokuqhathaniswa nama-motor ahlanganisiwe asayizi afanayo. Ngezicelo eziphakeme ze-torque, ama-motor we-BLC athandwa ngoba angahambisa i-torque eqhubekayo eqhubekayo ngokulungiswa okuphansi, ukusebenza okuzinzile, nokulawulwa okuqondile kwe-torque nesivinini.

Kusho ukuthini "i-torque ephezulu" kusho ngemigomo engokoqobo

Emkhuba wobunjiniyela, "i-torque ephezulu" kufanele ichazwe ngokwezibalo. Ngosayizi womazilo omncane (e.g., 42-60 mm ubukhulu obungaphandle), i-torque ephezulu ingahle isho u-0.5-5 n · m. Omafreyimu aphakathi (80-130 mm), kungaba ngu-10-50 n · m. Okwezimboni ezinkulu zezimboni (160-280 mm), amabanga aphezulu avela ku-50 n · m kuze kufike kumakhulu amaningana n · m. Amandla we-torque emoto acacisiwe ngu:

• Kukalwe (okuqhubekayo) i-torque: i-torque imoto ingaletha unomphela ekushiseni okulinganiselwe (imvamisa 25-40 ° C) ngaphandle kwemikhawulo edlula ngaphansi.
• I-Peak Torque: I-Torque ye-motor yesikhashana ingaletha imizuzwana kumashumi amasekhondi ngaphambi kokushisa ngokweqile.
• I-torque njalo (kt): N · m nge-ampere, ekhombisa ukuthi i-torque engakanani ikhiqizwa ngeyunithi ngayinye yamanje.

Lapho ukhetha imoto, kufanele uqhathanise la magugu ngezimo zangempela zomthwalo, hhayi nje ikhathalogi "ephezulu".

Ukucacisa izidingo zomthwalo nomjikelezo wokusebenza

Okubonisa iphrofayili yomthwalo wemishini

Iphuzu lokuqala yincazelo enqunyelwe yomthwalo wemishini. Ithimba labakhiqizi abangochwepheshe noma lefektri lizokwakha iphrofayili yesikhathi se-torque nesikhathi kanye nesivinini sesikhathi somjikelezo osebenza ngokugcwele. Idatha ebalulekile ifaka:

• I-Torque yomthwalo we-Static
• I-Dynamic Load Torque: I-torque eyengeziwe edingekayo ukusheshisa nokukhohlisa.
• I-Inertia: ihlanganiswe i-inertia yemoto, i-gearbox, nomthwalo (kg ·).
• Ibanga lejubane elidingekayo: Isivinini esisebenzayo sokusebenza, ubuncane kanye nesilinganiso (RPM).

Njengesibonelo, cabanga ngomthwalo odinga 15 i-N · m ku-300 RPM ngokusebenza okujwayelekile, kanye nama-25 N · m ngezikhathi zokusheshisa okufushane. Le phrofayili iba yinto eyisisekelo yokufaka okuyisisekelo kwe-motor.

Umjikelezo Womsebenzi kanye Nemiphumela Yayo Eshisayo

Umjikelezo Womsebenzi uchaza amaphesenti wesikhathi imoto isebenza emazingeni ahlukene e-torque ngaphakathi komjikelezo. Amakilasi we-ISO Duty afana ne-S1 (eqhubekayo), s2 (isikhathi esifushane), kanye ne-S3 (Intermittent) asetshenziselwa ukuchaza izindlela zokusebenza. Okokuqhubeka okuqhubekayo (s1), i-torque ekalwe yimoto kufanele yeqe isidingo esiqhubekayo esiqhubekayo esiqhubekayo esiqhubekayo esiqhubekayo esiqhubekayo. Ngomsebenzi we-cyclical (S3), lapho i-torque ephezulu ivela khona nje, ungakhetha imoto eduze kwemikhawulo yayo eshisayo uma i-torque ephakathi nomjikelezo ihlala iphansi.

Isibonelo esijwayelekile sezimboni: Imoto ikhiqiza ama-20 N · m ngemizuzwana eyi-10, bese kuthi ama-5 n · m ngemizuzwana engama-50, ephinda. I-torque ephakathi yile:

I-Tavg = (20 N · m × 10 S · 5 n · m · m · 2 s = 60 s = (200 + 250) / 60 ≈ 7.5 N · m

Leli nani elijwayelekile lisetshenziselwa ukugcwala okushisayo, kanti i-Peak 20 N · m kumele iwele ngaphakathi kwamandla wesikhathi esifushane semoto enikezwe umphakeli.

Izidingo ze-Peak Torque nezidingo zokuphepha

Ukubala i-torque edingekayo

I-Peak Torque inqunywa yi-torque ye-torque yothando kanye nokusheshisa. I-torque yokusheshisa ingalinganiselwa ku:

I-TACC = J × (Δω / δt)

-phiJIngabe i-Inertia ephelele, i-Δω Ushintsho ngesivinini se-angular, futhi ΔT isikhathi sokusheshisa. Ake sithi i-inertia ehlanganisiwe ingu-0.02 kG · m², futhi udinga ukusheshisa kusuka ku-0 kuye ku-300 RPM (≈31.4 RAD / S) ku-0.5 s:

I-TACC = 0.02 × (31.4 / 0.5) ≈ 1.26 N · M

Uma i-torque eqinile ye-torque eqinile ngo-300 RPM ingu-15 N · m, isidingo esiphelele seTorque se-torque ngu:

Tpeak, req ≈ 15 + 1.26 ≈ 16.3 N · m

Kusebenzisa izici ezisebenzayo zokuphepha kwe-torque

Onjiniyela bavame ukufaka isici sokuphepha esingu-1.2-1,5 ku-torque eqhubekayo kanye ne-1.1-1.3 kwi-torque ephezulu yokukhethwa kwe-BLDC. Kusetshenziswa isibonelo esingenhla:

• Kudingeka i-torque eqhubekayo nge-marque: 15 N · m × 1.25 ≈ 18.8 N · m.
• I-torque edingekayo enesihloko esine-marque: 16.3 N · m × 1.2 ≈ 19.6 N · m.

Kulokhu, okuhlosiwe okunengqondo kungaba yimoto ekalwe cishe ngo-20 N · o ngokuqhubekayo okungenani ngama-22-25 n zwe. Umhlinzeki onekhono noma iqembu lobunjiniyela kulowo okhiqizi uzosebenzisa lezi zibalo ukuncoma usayizi wozimele ofanele, ukuveza kanye nokupholisa indlela.

Ukulandisa kwe-torque, ijubane, kanye nokucaciswa kwamandla

Izibalo Zobunzi Bemishini

Ukukhetha kwe-torque akukwazi ukuhlukaniswa ngejubane namandla. Amandla okukhishwa okwenziwe ngomshini yile:

P = t ×× ω

-phiPamandla kuma-watts,Ti-torque e-n · m, futhiωisivinini se-angular eRad / S. Kusukela ω = 2πn / 60 (n ku-RPM), ifomula elivame ukusetshenziswa yile:

P (w) ≈ 0.1047 × t (n · m) × N (RPM)

Okwe-20 N · m Torque ngesibonelo esingu-300 RPM:

P ≈ 0,1047 × 20 × 300 ≈ 628 w

Ukuvumela ukulahleka kwezimoto nokushayela, ukufakwa kukagesi kungaba ngu-700-800 W ngohlelo lwe-Bldc olusebenzayo lwe-80-90%.

Ama-Torque-Speed ​​Curves kanye nezinkinga zohlelo

I-BLDC motors inejika le-torque-speed curve Emanzini anikeziwe:

• Ijubane elikhulayo livuselela emuva-i-EMF, likhawulela okutholakalayo kwamanje futhi ngaleyondlela i-torque.
• Ukusebenza ngesivinini esiphansi kakhulu nge-torque ephezulu kukhulisa ukulahleka kwethusi nokushisa.

Ukuqinisekisa ukuthi imoto ekhethiwe ye-high-torque yenza kahle, hlukanisa amaphuzu akho okusebenza kwijika le-torque yomkhiqizi:

• Wonke amaphuzu aqhubekayo awokusebenza kufanele aqambe amanga ngaphansi kwejika eliqhubekayo.
• Wonke amaphuzu wesikhathi esifushane kufanele aqambe amanga ngaphansi kwejika eliphakeme futhi kungakapheli isikhathi esivunyelwe.

Uma iphuzu lakho elidingekayo le-torque liwela ngaphandle kwendawo engenzeka, ungahle udinge i-voltage ehlukile, i-voltage yebhasi ephakeme, ibhokisi legiya, noma usayizi omkhulu wefreyimu ovela efektri.

Ukukhetha kwamandla kagesi, kwamanje, kanye nokwenziwa komshayeli

Ukufanisa i-voltage voltage ne-drive ibhasi

Ukukhetha i-High-Torque BLDC motor kufaka phakathi ukuqhathanisa izici zayo ze-Baltage kanye nezimpawu zikagesi ku-Electronics yeDrayivu. Ama-voltages ajwayelekile we-DC angama-24 v, 48 v, 72 v, 72 v, no-310-325 VDC we-AC Mains ac Meed. Amapharamitha asemqoka:

• I-Back-EMF ihlala njalo (ke): v / Krpm, okukhombisa i-Phase Voltage ekhiqizwa ngejubane ngalinye leyunithi.
• I-torque njalo (kt): n · m / a, ehlobene no-ke ngu-motor design.

Ukuze uthole i-voltage enikeziwe, i-kendi ephansi ye-ke lizofinyelela isivinini esiphakeme kepha idinga okwengeziwe kwe-torque enikezwe. Umoya ophakeme we-ke uzohlinzeka nge-torque ephezulu nge-ampere ephansi ngejubane eliphansi. Umphakeli kufanele achaze izinketho eziningana zokuthola umoya; Khetha eyodwa evumela inani lakho eliphakeme ngaphakathi kwesilinganiso sesilawuli kanye nesivinini sakho esikhulu esifisayo.

Izilinganiso zamanje kanye nokuvikela imishado

Idrayivu kufanele ibambe okungenani:

• Isigaba esilinganiselwe samanje somsebenzi oqhubekayo.
• Isigaba se-Peak samanje sokusheshisa kanye nokugcwala ngokweqile, imvamisa izikhathi ezi-2-3 zilinganiswe njengamanje imizuzwana eminingana.

Isibonelo, uma uhlelo lokusebenza ludinga ama-10 a RMS aqhubekayo nge-25 a Peak ngemizuzwana emi-5, kufanele ukhethe i-drive ekalwe ku-≥12-15 inani eliphakeme lokuhlinzeka nge-margin. Ngaphandle kwalokho, ukukhawulelwa kwamanje ku-drive kuzovimba imoto ekufinyeleleni torque ephezulu. Ukuxhumana kwezobuchwepheshe phakathi komenzi bezimoto kanye nomhlinzeki we-drive kubalulekile ekubhangqeni okunembile.

I-Sizizing motor nge-torque marku kanye nezici zokuphepha

Ukulinganisa usayizi oqhubekayo we-torque nosayizi wohlaka

Ukulinganisa imoto ye-high-torque Bldc kudinga ukusebenza kwemishini ngosayizi, isisindo nezindleko. Ukuphuza i-motor kuphoqa ukuthi kugijime eduze noma ngenhla kulinganiswe njengamanje ngokuqhubekayo, ukukhulisa izinga lokushisa nokunciphisa impilo. Ukwengamela ukwenyusa izindleko kanye ne-inertia. Indlela esebenzayo:

• Nquma i-torque edingekayo eqhubekayo enesici sokuphepha (isb., 1.2-1,5).
• Khetha imoto encane kunazo zonke i-torque ekalwe edlula leyo mfuneko.
• Qinisekisa ukuthi izimfuno ze-torque eziphakeme zingaphansi kwamandla wesikhashana esifushane semoto.

Isibonelo, uma imfuneko yakho eqhubekayo ingu-18 N · m nge-margin, futhi ifreyimu eyodwa yemoto inikezela nge-20 N · m ngenkathi uhlaka oluphambili olulandelayo lunikeza ama-30 n · m, imodeli engu-20 ye-N · m ingahle ibe yinhle uma udinga ukuthi udinga i-head hoer.

Ukuhlola i-Thermal Headroom kanye nezimo ezikhona

Amandla eTorque axhumene kakhulu nekhono lemoto yokuqeda ukushisa. Izinga lokushisa eliphakeme kakhulu, umoya omncane omncane, noma izindlu ezivalekile zizonciphisa i-torque eqhubekayo. Amashidi amaningi wedatha acabanga ukuthi ama-40 ° C a ambient kanye ne-covection yamahhala; Uma uhlelo lwakho lokusebenza lusebenza ngo-55 ° C ngaphakathi kwekhabethe lokulawula, ukucekelwa phansi kungaba ngu-10-20%. Lapho ukhetha imoto:

• Buza umphakeli ukuthi afeze ama-curve vs.
• Cabanga ukungeza fan ephoqelelwe noma ukucwilisa ukushisa uma imajini ye-thermal iphansi.
• Qinisekisa ukuthi izinga lokushisa elifudumele lihlala ngaphansi kwesigaba salo sokufakelwa (isb., 130-155 ° C seClass F noma H).

Ukucatshangelwa okulungile okushisayo kukuvumela ukuthi usebenzise amandla aphezulu we-torque aphezulu we-motor ngaphandle komhlatshelo.

Ukuhlola ukwakheka kwe-rotor, izigxobo, kanye nokucushwa komoya

Umthelela wokubala kwesigxobo nesakhiwo se-rotor

Ama-motor aphezulu we-Torque Bldc avame ukuncika emiklamo ye-rotor eyenziwe kahle. Ukucatshangelwa okufanele kufaka phakathi:

• I-Pole Count: I-High Pole Count (e.g., 8-16 izigxobo esikhundleni se-4) ithuthukisa amandla e-torque ngesivinini esiphansi kepha imikhawulo ijubane eliphansi.
• I-Magnet Matter: Izilwane eziphakeme zebanga eliphakeme - zomhlaba zikhulisa ubunzima be-torque futhi bamelane ne-demization emazingeni okushisa aphezulu.
• I-Rotor Inertia: Ama-rotors ashubile anikeza i-torque ebushelelezi kepha yehlisa impendulo enamandla.

Ngejubane eliphansi, izicelo eziphakeme ezifana nezinhlelo eziqondile ze-Drayivu, ukubalwa okuphezulu kwesigxoba esinamandla amakhulu we-rotor yobubanzi. Ngezicelo ezisheshisa kakhulu ngokuncishiswa kwamagiya angezwe, ukubalwa okuphansi kwe-pole kungakhethwa ukulawula ukulahleka kwe-iron.

Ukuqhafaza topology kanye ne-torque ripple

Ukulungiswa kweStator Winding Ukucushwa kuthinta i-torque, ukulahleka, nokubusheleleka. Abathengisi bezimboni bavame ukuhlinzeka:

• Ukusatshalaliswa komoya: i-ryque ephansi kanye nokusebenza okungcono kwe-simoni, esetshenziselwa izinhlelo zokusebenza ngokunemba.
• I-Windings egxile: Ubuningi obuphakeme be-torque kanye nokuphela okufushane kokupheleliswa, nge-togque ye-cogque engenzeka.
• I-Star (y) vs Delta: Star Ukuxhuma kunikeza ama-voltage aphezulu, okuphansi kwamanje; I-Delta inikezela nge-voltage yamanje, ephansi ngamandla afanayo.

Uma uhlelo lwakho lokusebenza ludinga i-Ripple encane ye-torque (ngokwesibonelo, ekuphakameni ngokunemba noma ukunyakaza okusheshayo okusheshayo), ukucela i-torque ripple data kanye namazinga we-togging torque kusuka kumenzi futhi uqinisekise ngokuhlola. Ngezinhlelo zokusebenza ezinjengamaphampu noma abalandeli, i-ripple ephakeme kancane ingahle yamukeleke ekushintsheni kabusha ukuthola okuthe xaxa, idizayini ephezulu ye-torque.

Ukuhlola ukusebenza okushisayo kanye nezidingo zokupholisa

Imithombo yokushisa nendlela eshisayo

Emotweni ye-high-torque Bldc, imithombo yokushisa eyisisekelo yokulahleka kwethusi (i-I²R), ukulahleka kwensimbi, kanye nomnikelo omncane wokulahleka kwemishini. Izinga lokushisa elivumelekile likhuphuka ngaphezulu kwe-ambient linquma i-torque eqhubekayo:

• Okwamanje okuphezulu kweTorque ephakeme kuphakamisa ukulahleka kwethusi okulingana nesikwele samanje.
• Ukugijima ngejubane eliphakeme kukhulisa ukulahleka kwensimbi esitobhini.

Qondisisa ukumelana kwe-motor okushisayo kusuka ekunikezelweni komoya ku-ambient (° C / W). Isibonelo, uma ukumelana okushisayo kungu-1.5 ° C / W futhi ukukhuphuka kwezinga lokushisa okuvumelekile kungu-80 ° C, imoto ingahlukanisa cishe i-53 W of Loss ngokuqhubekayo. Ukusuka kulokhu, ifektri ingabuka ukuthi ingakanani yamanje ne-torque ongayisebenzisa ngokuphephile isikhathi eside.

Izindlela zokupholisa kanye nokuthuthukiswa okuqhubekayo kwe-torque

Ukwandisa ukusebenzisa i-torque eqhubekayo ngaphandle kokushintsha usayizi wozimele, ukupholisa okuthuthukile kuyasebenza:

• I-Convection yemvelo: Isisekelo, imvamisa yanele i-torque elinganiselayo ngaphansi kwe-1-2 kw.
• Ukupholisa okuphoqelelwe
• Ukupholisa okuwuketshezi: amajakethi amanzi noma iziteshi ezipholile zivumela i-torque ephezulu kakhulu eqhubekayo kumavolumu acwebile.

Uma uhlelo lwakho lokusebenza lufuna i-torque eqhubekayo eduze komkhawulo wemoto, cela umphakeli ngezinketho zokupholisa kanye nedatha yokuhlola eshisayo. Isibonelo, umoya ophoqelelwe ungaphakamisa i-torque eqhubekayo kusuka ku-20 N · m kuya ku-26 N · m kumazinga okushisa afanayo akhona, kuyilapho ukupholisa koketshezi kungakuvusa ngenhla 30 n · m.

Uma kucatshangelwa ukuhlanganiswa kwemishini kanye nezinkinga ezikhuphukayo

Ukukhwela, shaft, nokucatshangelwa

Ukuhlanganiswa kwemishini kuthonya kakhulu ukukhethwa kwemoto ephezulu ye-Bldc ephezulu. Amapharamitha okufanele aqinisekise afaka:

• Okujwayelekile Okujwayelekile: Ubukhulu be-Flange, umbuthano we-Bolt, futhi ubude obuphelele kufanele bulungele ukwakheka komshini.
• Ububanzi be-SHAFT NOKWENZA: Kufanele udlulise i-torque ephezulu enesici sokuphepha ngaphandle kokudlula kwengcindezi ye-shear evunyelwe.
• Imithwalo ye-radial ne-axial: Ukukhetha ukuthwala kumele kuphathe ukungezwani kwamabhande, amabutho egiya, noma imithwalo ye-tukama.

Isibonelo, uma imoto kufanele ibekezelele imisebe ye-radial engu-2 000 n nge-20 N · m Torque no-500 RPM, qinisekisa ukubalwa kwempilo (L10 Life) kusuka efektri. Imiklamo ephezulu ye-torque ivame ukudinga ama-bearings amakhulu noma ama-shaft asekelwa ukugwema ukwehluleka ngaphambi kwesikhathi.

Ama-gearbox, ukuhlanganisa, nokukhetha okuqondile kokushayela

Lapho isikhala noma izithiyo zesivinini zikhona, ungahle ubhangqa ngemoto ye-BLDC nge-gearbox. Usebenzisa ukuncishiswa okungu-5: Kodwa-ke, ukulahleka kwe-gearbox (imvamisa 3-10%) kanye ne-backlash kumele kubhekwe.

Kwezinye izimo, ama-motor aphezulu we-Hict-Torque High-torque Lapho ubonana nomphakeli, chaza:

• Okudingekayo kokukhipha i-torque nebanga lesivinini.
• I-backlash evunyelwe noma ukuqina kwe-torsional.
• Izingqinamba ze-Space Envelope ze-motor ne-gearbox engenzeka.

Lokhu kuvumela umenzi ukuthi aphakamise noma iyiphi imoto eqondile ye-torque eqondile noma imoto ecwecwe eline-gearbox ehlanganisiwe.

Ukuhlaziya izici zokulawula, impendulo, kanye nezidingo zokunemba

Izindlela Zokuvakasha Nezindlela Zokulawula

Isu le-Drive lithonya ukusebenza kwe-torque okusebenzayo. Izindlela ezijwayelekile zokulawula:

• Ukulawulwa kwe-trapezoidal (isinyathelo eziyisithupha): okulula, okusebenzayo, kufanelekile, kufanelekile kwizicelo eziningi eziphakeme kakhulu lapho i-torque ripple yamukelekile.
• Ukulawulwa okusekelwe ensimini (FOM): Sebenzisa ukulawulwa kwe-vector ukuhlinzeka i-torque ebushelelezi, ukusebenza okuphezulu, kanye nokuziphatha okungcono okusheshayo.

Ngezicelo ezifuna ukulawulwa kwe-torque eqondile, njengokulawula ukungezwani noma ama-robotic, ku-FOM nge-loop yamanje futhi kungenzeka kunconywe i-torque loop. Qinisekisa ukuthi umshayeli okhethiwe angahlinzeka nge-Peak efunwayo futhi asekela imodi yokulawula oyifunayo.

Amadivaysi okuphendula kanye nokunemba kwesikhundla

I-High-torque torors ingadinga impendulo efanelekile yokuzithandela nokulawula:

• Izinzwa zeHholo: Ukulungiswa kukagesi okungu-60, kwanele ukulawulwa kwejubane okuyisisekelo.
• Ama-Eccomers Accomer: kusuka ku-1 000 kuye ku-20,000 pulses nge-pulses nge-revolution (PPR) noma ngaphezulu, esetshenziselwa isivinini esiqondile nokulawulwa kwesikhundla.
• Ama-Encodes atteate: ahlinzeke isikhundla esiphelele esiphelele, ewusizo ezinhlelweni ze-servo.

Uma ukunemba kokuma kwe- Xoxa ngalezi zimfuneko ngokusobala nefektri noma umphakeli ukuze imoto, i-encoder kanye ne-drive ifaniswe njengohlelo oluphelele.

Ukuqhathanisa izindleko, ukuthembeka, nokuxhaswa kwabahlinzeki

Ukuhlola izindleko eziphelele zobunikazi

I-High-Torque Bldc Motors imvamisa izingxenye ezibucayi emishini yokukhiqiza, ngakho-ke intengo ephansi yokuthenga ayihlale iyisinqumo esihle kunazo zonke. Esikhundleni salokho, ahlole:

• Ukusebenza kahle (okuthinta ukusetshenziswa kwamandla ngaphezu kwezinkulungwane zamahora).
• Okulindelwe ukuthwala nokuphila kokufakelwa ngaphansi komjikelezo wakho wokusebenza.
• Izikhathi zokulungisa kanye nezindleko zokuphumula.
• Ukutholakala kwezikhathi nezikhathi eziholayo ezivela kumenzi.

Imoto ebiza ngaphezulu kwe-10-20% ngaphezulu kepha ithuthukisa ukusebenza kahle nge-5% kanye nokuphila kwensiza okuphindwe kabili kunganciphisa inani eliphelele lesistimu ezihlolweni eziqhubekayo zezimboni, ikakhulukazi lapho amahora amaningi edlula amahora angama-1 kw.

Ukubaluleka kokusekelwa kobunjiniyela kanye nokwenza ngokwezifiso

Ngokufuna izicelo eziphakeme ze-torque, ikhwalithi yokuxhumana kwezobuchwepheshe nomphakeli wakho inquma. Ukuxhaswa Okuqinile Zobunjiniyela kufaka phakathi:

• Ukubuyekezwa kwesicelo kanye nokubala izibalo ngokuya ngedatha yakho yangempela yomthwalo.
• Umoya owenziwe ngezifiso, ama-shaft amafomu, izixhumi, noma ama-flangese ekhulayo lapho kudingeka.
• I-Thermal, ukudlidliza, kanye nedatha yokuhlola impilo ngaphansi kwezimo ezifanayo nokusebenzisa kwakho.

Ifektri enekhono ayikwazi ukunikeza hhayi amamodeli wekhathalogi kuphela kodwa futhi nezisombululo ezenziwe kahle lapho imikhiqizo ejwayelekile ingahlangabezani ngokuphelele i-torque, ijubane, noma izidingo zemvelo. Lapho kufanele umphakeli omusha, cela imininingwane yokusebenza kwesethenjwa, imibiko yobunjiniyela, nokuhlolwa kwesampula ngaphambi kokuzibophezela kuma-oda wevolumu.

UMaxtech uhlinzeka ngezisombululo

IMaxtech isebenza njengomkhiqizi wezimoto we-High-Torque Bldc kanye nomhlinzeki wohlelo, exhasa amakhasimende kusuka ekucacisweni kokuqala kokuqinisekiswa kokugcina. Ngokusekelwe kwi-torque yakho, ijubane, i-voltage, kanye nedatha yomjikelezo we-ductle, onjiniyela beMaxtech Bala ama-margins okuphepha adingekayo, uphakamise osayizi womazisi ofanele, bese uncoma izifiso kanye nezindlela zokupholisa. Ifektri ingahlanganisa ama-enceders, amabhuleki, noma ama-gearges ukuletha umhlangano wokususelwa kokufaka, futhi angaqinisekisa ukusebenza nge-torque-speed kanye nokuhlolwa okushisayo. Ngale ndlela ehlelekile, iMaxtech isiza ukuqinisekisa izixazululo ezizinzile, ezisebenzayo, nezinothile eziphakeme ze-torque Motion ezihambelana nezingqinamba zohlelo lokusebenza ngakuleli.